CN202352745U

CN202352745U - Portable electronic device

Info

Publication number: CN202352745U
Application number: CN2011204712064U
Authority: CN
Inventors: 林瑞祥
Original assignee: Ambit Microsystems Shanghai Ltd; Hon Hai Precision Industry Co Ltd
Current assignee: Ambit Microsystems Shanghai Ltd; Hon Hai Precision Industry Co Ltd
Priority date: 2011-11-23
Filing date: 2011-11-23
Publication date: 2012-07-25
Anticipated expiration: 2021-11-23

Abstract

A portable electronic device is powered by a battery with buckle holes. The portable electronic device comprises a frame body, the battery, a battery cover and a battery turning-on structure. The frame body comprises a framework portion with a receiving hole and a fixing bracket with a fixing shaft, the battery cover receives the battery and is combined with the frame body to clamp the battery between the framework portion and the fixing bracket, the battery turning-on structure is fixedly arranged in the frame body and comprises a locking piece and a popup piece, the locking piece is fixedly arranged on the framework portion and comprises a button and a buckling end which is elastically connected with the button, the button is received in the receiving hole, the buckling end extends out of the framework portion from the receiving hole to be matched with the buckle holes, the popup piece and the locking piece are oppositely arranged, the popup piece comprises a spring which is in pivot connection with the fixing shaft and an elastic portion which is fixed on the fixing bracket, one end of the spring is matched with a blocking piece of the battery cover, and the elastic portion abuts to one end of the battery, which is away from the locking piece. According to the portable electronic device, the buckling end disconnect from the buckle holes by means of pressing the button, and the battery and the battery cover are popped automatically from the frame body under the actions of the spring and the elastic portion.

Description

Portable electron device

Technical field

The utility model relates to a kind of portable electron device, especially a kind of portable electron device with Pop-up battery opening structure.

Background technology

Portable electron device; As the personal digital assistant (Personal Digital Assistant, PDA), mobile phone etc. all need use battery as its energy source, thereby; Fixture need be set, in battery accommodation space with battery fixed axis mobile phone.

A kind of cell fixing device of prior mobile phone is that the end at the battery accommodation space is provided with shell fragment, and the other end of battery accommodation space is provided with projection; Correspondingly, battery one end is provided with and the projection corresponding groove, and the other end is provided with the hand button.When battery being mounted in the cell fixing device of mobile phone, the groove with battery cooperates with said projection earlier, battery is pushed shrapnel to the mobile phone direction again, thereby battery is fixed in the mobile phone.When needing to change battery, need firmly battery to be plucked out through the hand button.This battery fixing structure is simple, but is difficult to take out battery.

The utility model content

In view of this, need provide a kind of and can dismantle automatically, battery opening structure simple in structure, and a kind of portable electron device with this battery opening structure.

Portable electron device in a kind of execution mode of the utility model is battery-powered, and said battery is provided with button hole, and said portable electron device comprises framework, battery, battery cover and battery opening structure.Said framework comprises frame section that is provided with accepting hole and the fixed support that is provided with fixed axis.Said battery cover is accommodated said battery and is combined with said framework, so that said battery folder is located between said frame section and the said fixed support.The battery opening structure is fixedly installed in the said framework and comprises snap close piece and expelling means.Said snap close piece is fixedly installed in said frame section, and comprises button and the buckle end that is connected with said button elasticity, and said button is contained in the said accepting hole, and said buckle end stretches out said frame section in the said accepting hole and cooperates with the button hole with said battery.Said expelling means and said snap close piece are oppositely arranged; And comprise the spring that is articulated in said fixed axis and be fixed in said support bracket fastened elastic portion; One end of said spring cooperates with the fixing sheet of said battery cover, and said elastic portion is resisted against the end away from said snap close piece of said battery.Wherein, When taking out said battery, push said button so that said buckle end withdraws from from said button hole, under the torsional interaction of said spring; One end of said spring pushes said fixing sheet so that battery cover ejects from said framework; Simultaneously, under the elastic force effect of said elastic portion, the said battery of pushing tow so that said battery from said battery cover, release.

Preferably, said framework also comprises the connecting plate that is connected between said frame section and the said fixed support, and said connecting plate and said frame section and said fixed support form the resettlement section jointly.

Preferably; Said battery cover comprises cover plate, the edge vertically extending sidepiece in said cover plate both sides and the vertically extending kink of the said side plate in edge; Said kink and said cover plate are parallel to each other, and form chute jointly with said sidepiece, and the dual-side of said battery is contained in the said chute.

Preferably; Said battery cover also comprises along said cover plate one end vertical extent and bottom between said sidepiece and fixing sheet; Said fixing sheet is convexly set in said cover plate and is parallel to each other with said bottom; Said battery cover is installed on the said framework, so that said fixed support is located between said bottom and the said fixing sheet.

Preferably; Said expelling means also comprises the 3rd spring that is articulated in fixed axis, and said the 3rd spring comprises block end and fixing end, and said fixing end is fastened in an end of said fixed axis; Said block end is snapped in said fixing sheet, to be used for opening and fixing said battery cover.

Preferably, said elastic portion comprises stiff end and along the pushing end of said stiff end elastic extension, said stiff end is fixedly installed in said fixed support, said pushing end towards said frame section with said battery resilient engagement.

Preferably; Said frame section is provided with a pair of first location hole; Said first location hole is relative with said fixed support, and said snap close piece comprises latch part, and said latch part is provided with snap recesses and a pair of second location hole; Said snap recesses passes to the collecting post mutually with said accepting hole and states button, and said second location hole passes to the collecting post mutually with said first location hole and states the buckle end.

Preferably; Said snap close piece comprises a pair of clamping part and the press section that is installed in the said latch part; Said clamping part comprises the compression zone that is provided with first inclined-plane, and said press section comprises the top that is provided with second inclined-plane, and said button protrudes in said top and said top is held in said compression zone so that said second inclined-plane and said first inclined-plane agree with relatively and each other; Push said button; Make the said clamping part of said top pushing tow so that said second inclined-plane slides on said first inclined-plane, thereby make the said buckle end that protrudes in said compression zone towards deviating from a side shifting of said battery, with the said battery that gets loose.

Preferably; Said snap close piece comprises the end cap and a pair of first spring of being equipped with holding block; Said end cap is fixedly installed in said latch part and makes said holding block relative with said clamping part; Said clamping part is provided with recessed groove, and the bearing of trend of the opening direction of said recessed groove and said buckle end is opposite, and an end of said first spring is positioned in the said recessed groove; The other end is held in the side of the holding block of said end cap, so that said clamping part elasticity is installed between said latch part and the said end cap.

Preferably; Said latch part is provided with the relative projection of a pair of and said snap recesses; Said press section is provided with the relative buckle slot of a pair of and said projection; Said snap close piece also comprises a pair of second spring, and an end of said second spring is contained in the said buckle slot and the other end is sheathed in the said projection, so that said press section elasticity is installed between said latch part and the said clamping part.

Compared to prior art, the portable electron device of the utility model comprises the battery ejecting structure, through pressing button so that battery is ejected automatically.Wherein, Said battery ejecting structure comprises clamping part that is provided with the buckle end and the press section that is provided with elastic portion, and first inclined-plane of clamping part is relative with second inclined-plane of press section, when pushing the button of press section; Said buckle end is replaced in said top; Second inclined-plane is held in first inclined-plane and slides along said first inclined-plane, thereby makes said buckle end break away from said battery, and the battery that gets loose.In addition, the elasticity of the elastic portion through expelling means pushes effect, and said battery is ejected from said battery cover.Under the elastic force thrusting action of the 3rd spring, so that said battery cover is got loose from said framework.The battery ejecting structure of the utility model is simple in structure, easy to use, can automatically battery and battery cover be taken out.

Description of drawings

Fig. 1 is the structure chart of the portable electron device of the utility model.

Fig. 2 is the exploded view of the portable electron device of the utility model, mainly describes the general frame of portable electron device.

Fig. 3 is another exploded view of the portable electron device of the utility model, mainly describes the concrete structure of each part of portable electron device.

Fig. 4 is the exploded view of the other direction of portable electron device shown in Figure 3, mainly describes the concrete structure of each part of portable electron device.

Fig. 5 is the exploded view of the latch part of the utility model, mainly describes the assembly relation of each part of latch part.

Fig. 6 is the exploded view of other direction of the latch part of the utility model, mainly describes the concrete structure of each part of latch part.

Fig. 7 is the exploded view of the another direction of latch part shown in Figure 6, mainly describes the concrete structure of each part of latch part.

Fig. 8 is in the sketch map of buckling state for the battery of the portable electron device of the utility model.

Fig. 9 is the partial schematic diagram of the portable electron device of the utility model, mainly describes the relation of expelling means and battery.

Figure 10 is in the sketch map of opening for the battery of the portable electron device of the utility model.

The main element symbol description

Portable electron device 100

Protecgulum 10

Electronic display curtain 12

Framework 20

Frame section 21

The back of the body covers 210

Accepting hole 2100

Side 212

Base 214

First location hole 2140

Receiving space 216

Fixed support 22

Base plate 220

Side plate 222

Fixed axis 224

Connecting plate 23

Resettlement section 24

Battery cover 30

Cover plate 32

Sidepiece 34

Bending part 35

Bottom 36

Clearance groove 37

Fix sheet 38

Battery 40

Button hole 42

Battery opening structure 50

Snap close piece 52

Latch part 520

Front end housing 5200

Side cover plate 5202

Second location hole 5204

Host cavity 5205

Snap recesses 5206

First step 5207

Projection 5208

Clamping part 521

Compression zone 5210

Buckle end 5212

Recessed groove 5214

First inclined-plane 5216

First spring 522

Press section 523

Top 5230

Button 5232

Buckle slot 5234

Second inclined-plane 5236

Second spring 524

End cap 525

Rear end cap 5250

Holding block 5252

Second step 5254

First end face 5256

Second end face 5258

Expelling means 54

The 3rd spring 540

Block end 5400

Fixing end 5402

Elastic portion 542

Pushing end 5420

Stiff end 5422

Following embodiment will combine above-mentioned accompanying drawing to further specify the utility model.

Embodiment

Please referring to figs. 1 through Fig. 4, portable electron device 100 comprises protecgulum 10, framework 20, battery cover 30, battery 40 and battery opening structure 50.Protecgulum 10 is used to install electronic display curtain 12, and is fixedly installed on the framework 20, and battery cover 30 is used to accommodate battery 40 and is fastened on the side away from protecgulum 10 of framework 20.Battery opening structure 50 is installed on the framework 20 to cooperate with battery 40 and battery cover 30, with automatic unlatching battery 40 and battery cover 30.

Framework 20 comprise frame section 21, and frame section 21 be relatively fixed support 22 and be connected in frame section 21 and fixed support 22 between connecting plate 23.Frame section 21 comprises that the back of the body cover 210 and cover vertically extending side of 210 sides 212 and base 214 along the said back of the body, and said back of the body lid 210, said side 212 and said base 214 formation receiving spaces 216 are to accommodate electronic component (not shown) and battery opening structure 50.Said back of the body lid 210 is provided with accepting hole 2100, accommodates said battery opening structure 50 with part.Said base 214 is positioned at a side of said frame section 21 contiguous fixed supports 22, and is provided with a pair of first location hole 2140, to cooperate with battery opening structure 50.

Connecting plate 23 extends being connected with fixed support 22 along a side of said back of the body lid 210 of deviating from of said base 214, and fixed support 22 comprises base plate 220 and along base plate 220 vertically extending side plates 222.In this execution mode, base plate 220 cover 210 with the back of the body and is parallel to each other, and side plate 222 and base 214 are relative and be parallel to each other.Said connecting plate 23 is connected between side plate 222 and the base 214, and forms resettlement section 24, to accommodate battery 40 and part battery cover 30.Fixed installation fixed axis 224 on the side plate 222 of said fixed support 22 so that fixed axis 224 towards the base 214 to cooperate with battery opening structure 50.

In this execution mode, the height H 1 of frame section 21 is greater than the height H 2 of fixed support 22, and the height H 2 of fixed support 22 is greater than the depth H 3 of resettlement section 24, i.e. H1＞H2＞H3.

In this execution mode, frame section 21, fixed support 22 and connecting plate 23 are by one-body molded and process.

In other embodiments, can frame section 21 and fixed support 22 be fixedly installed on the protecgulum 10 through bolt fixed mode or buckle-type fixed form.

Battery cover 30 cooperates with framework 20 so that battery 40 is contained in the battery cover 30 and is held between battery cover 30 and the framework 20.Said battery cover 30 comprises cover plate 32, along said cover plate 32 both sides vertically extending sidepiece 34, along said cover plate 32 1 end vertical extent and the bottom 36 between said sidepiece 34 and along said sidepiece 34 away from the vertically extending bending part 35 of a side of cover plate 32.Said bending part 35 is parallel to each other with said cover plate 32, and forms chutes 33 jointly with said sidepiece 34, to accommodate an opposite side of battery 40.Form clearance groove 37 between said bottom 36 and the said bending part 35, be used to accommodate the fixed support 22 of said framework 20.Said battery cover 30 also comprises fixing sheet 38, and said fixing sheet 38 is convexly set in said cover plate 32, is parallel to each other with said bottom 36, to cooperate with said battery opening structure 50.

In this execution mode; Said battery 40 is contained in the chute 33, and the height H 4 that the thickness H0 of battery 40 is slightly less than said chute 33 (is H0＜H4), so that battery 40 forms matched in clearance with chute 33; One end of said battery cover 30 is held on the base 214 of said frame section 21; The other end is accommodated fixed support 22 through clearance groove 37 and is cooperated with said battery opening structure 50 through fixing sheet 38, and so that battery 40 and battery cover 30 are fastened on the framework 20, and the height H 2 that the height H 4 of said chute 33 is slightly smaller than fixed support 22 (is H4＜H2); Like this, the cover plate 32 of said battery cover 30 flushes with the back of the body lid 210 of said framework 20 each other.

Battery opening structure 50 comprises snap close piece 52 and the expelling means 54 that is oppositely arranged with said snap close piece 52.Said snap close piece 52 is fixedly installed in the receiving space 216 of framework 20, and cooperates with an end of battery 40 through first location hole 2140, and said expelling means 54 is fixedly installed on the fixed support 22 of framework 20 and cooperates with the other end with battery 40.

Please with reference to Fig. 5 to Fig. 7, snap close piece 52 comprises latch part 520, a pair of clamping part 521, a pair of first spring 522, press section 523, a pair of second spring 524 and end cap 525.Latch part 520 cooperates with said end cap 525 to form a box typed structure; Said clamping part 521 is installed in the latch part 520 cooperating with battery 40, and first spring, 522 elasticity are installed between clamping part 521 and the end cap 525 so that said clamping part 521 moves around between said latch part 520 and said end cap 525.Said press section 523 cooperates with said latch part 520 and is resisted against said clamping part 521, the second springs 524 elasticity and is installed between press section 523 and the latch part 520 so that said press section 523 and moves relative to said latch part 520.

Said latch part 520 comprises front end housing 5200 and vertically extending side cover plate 5202 around the front end housing 5200; Said front end housing 5200 and the said side cover plate 5202 common host cavities 5205 that form are to accommodate clamping part 521, first spring 522, press section 523 and second spring 524.Said front end housing 5200 is provided with a pair of second location hole 5204, makes said clamping part 521 stretch out said frame section 21 to cooperate with said battery 40 to match to merge with said clamping part 521.One of them side cover plate 5202 is provided with snap recesses 5206 and another side cover plate 5202 and is provided with the relative projection 5208 of a pair of and said snap recesses 5206; Said snap recesses 5206 is used for that said press section 523 is divided in the resettlement section so that said frame section 21 is stretched out in said press section 523 and be used for cooperating with said end cap 525; Said projection 5208 is outstanding in said host cavity 5205 along the inboard of said side cover plate 5202, to locate an end of said second spring 524.During installation; Said front end housing 5200 is relative with the base 214 of said framework 20; So that said first location hole 2140 communicates with said second location hole 5204; It is 210 relative that the back of the body of said side cover plate 5202 and said framework 20 covers, so that said accepting hole 2100 communicates with said snap recesses 5206, and utilizes securing member (not shown) that said snap close piece 52 is fixedly installed in the said frame section 21.

Clamping part 521 comprises compression zone 5210 and the buckle end of giving prominence to along said compression zone 5,210 one sides 5212.Said compression zone 5210 is contained in the host cavity 5205 to join with said press section 523 and is incorporated in a side that deviates from front end housing 5200 and is provided with recessed groove 5214, and the opening direction of said recessed groove 5214 is accommodated first spring 522 towards said end cap 525 with part.In addition; Side towards snap recesses 5206 of said compression zone 5210 is provided with first inclined-plane 5216; Said first inclined-plane 5216 is relative with an end face of press section 523, so that said press section 523 is squeezed and pushed away said compression zone 5210 and promote said clamping part 521 and move.Said buckle end 5212 is along said compression zone 5,210 one lateral bucklings extension and towards said front end housing 5200, and in this execution mode, said buckle end 5212 is the L type.One end of said buckle end 5212 cooperates with said second location hole 5204 to be snapped on the said battery 40; Particularly; Said buckle end 5212 passes said second location hole 5204 and said first location hole 2140 successively stretching out latch part 520 and frame section 21, thereby is snapped in the button hole 42 of battery 40.

Press section 523 comprise top 5230 and along said top 5,230 one side-prominent buttons 5232, and be provided with a pair of buckle slot 5234.Said top 5230 is installed between said clamping part 521 and the said side cover plate 5202; Said button 5232 passes said snap recesses 5206 and is contained in the said accepting hole 2100; So that the user is at the framework 20 outside pressing buttons 5232 that get final product; Said buckle slot 5234 is oppositely arranged with said projection 5208; So that an end of second spring 524 is contained in the said buckle slot 5234 and the other end is sheathed in the said projection 5208, thereby press section 523 elasticity are installed between latch part 520 and the said clamping part 521.One end face of the said clamping part 521 of the vicinity of said top 5230 is set to second inclined-plane 5236, and said second inclined-plane 5236 agrees with said first inclined-plane 5216 relatively and each other.When pressing button 5232; Top 5230 receives extrusion to push away compression zone 5210; Second inclined-plane 5236 supports first inclined-plane 5216 and on said first inclined-plane 5216, slides; So that the end of the buckle end 5212 of said clamping part 521 break away from button hole 42 and be contained in second location hole 5204 and first location hole 2140 in, thereby get loose battery 40.

End cap 525 comprises the holding blocks of giving prominence in the middle of the said rear end cap 5250 of rear end cap 5250 and edge 5252.Said holding block 5252 is divided into first end face 5256 and second end face 5258 with said rear end cap 5250; Said first end face 5256 and said second end face 5258 are respectively towards the recessed groove 5214 of compression zone 5210; So that an end of said first spring 522 is positioned respectively in the recessed groove 5214; The other end is held in respectively on said first end face 5256 and second end face 5258, thereby clamping part 521 elasticity are installed between latch part 520 and the end cap 525.Latch part 520 is provided with first step 5207; To fix said end cap 525; Formation second step 5254 between end cap 5250 and the holding block 5252 after the said end cap 525 so that holding block 5252 is fastened in the snap recesses 5206, thereby is fixedly installed in the latch part 520 end cap 525.

Please refer again to Fig. 8 and Fig. 9, snap close piece 52 is installed in the framework 20, and make buckle end 5212 pass second location hole 5204 and first location hole 2140 successively and stretch in the resettlement section 24 with in the button hole 42 that is fastened on battery 40, thus locking battery 40.

Expelling means 54 is installed on the fixed support 22, and comprises the 3rd spring 540 and elastic portion 542.Said the 3rd spring 540 is articulated in fixed axis 224, and comprises block end 5400 and fixing end 5402, and fixing end 5402 is immobilizated in an end of fixed axis 224, and block end 5400 is snapped on the fixing sheet 38 of battery cover 30, with pushing tow battery cover 30.In this execution mode, said the 3rd spring 540 is a torsion spring.When battery cover 30 is fastened on framework 20 and fixed support 22 is contained in the process of clearance groove 37; Said fixing sheet 38 pushes said block end 5400 so that the 3rd spring 540 is in compressive state; Be in the maximum compression distortion until the 3rd spring 540, said fixed support 22 is contained in fully in the clearance groove 37 and with battery 40 and is fixed between framework 20 and the battery cover 30.Elastic portion 542 comprises pushing end 5420 and stiff end 5422; Stiff end 5422 is fixedly installed on the side plate 222 of fixed support 22 and is positioned at a side of said fixed axis 224; Pushing end 5420 extends in the resettlement section 24 along stiff end 5422 bendings, with pushing tow battery 40.In this execution mode, elastic portion 542 is processed by deformable elastomeric material.

When battery 40 is installed; With the end that is provided with button hole 42 of battery 40 away from fixing sheet 38 and the dual-side of the other end being contained in battery 40 in the battery cover 30 along the chute 33 of battery cover 30; Fixed support 22 is contained in the clearance groove 37 and makes the block end 5400 that fixes sheet 38 pushing tows the 3rd spring 540; So that the 3rd spring 540 is in the compression state, and one of battery 40 end is held in the pushing end 5420 of elastic portion 542, and makes said elastic portion 542 be in the flexural deformation state.At last; The button hole 42 of battery 40 is cooperated with the buckle end 5212 that passes second location hole 5204 and first location hole 2140; Be held in the other end on the base 214 of frame section 21 battery 40 and battery cover 30, thereby, the installation of battery 40 and battery cover 30 accomplished.

Please with reference to Figure 10; When taking out battery 40; Push the button 5232 of press section 523; So that top 5230 supports compression zone 5210 and compresses that second spring, 524, the second inclined-planes 5236 push first inclined-plane 5216 and on said first inclined-plane 5216, slide with pushing tow clamping part 521 towards end cap 525 1 side shiftings, first spring 522 is out of shape by compression; So that said buckle end 5212 withdraws from and be contained in from button hole 42 in first location hole 2140 and second location hole 5204, thereby an end of battery 40 and battery cover 30 is broken away from and the cooperating of frame section 21.Under the torsional interaction of the 3rd spring 540, block end 5400 pushes and fixes sheet 38, thereby battery cover 30 is ejected from framework 20.Simultaneously, under the elastic force effect of pushing of the pushing end 5420 of elastic portion 542, battery 40 is released from the chute 33 of battery cover 30.

Claims

1. a portable electron device is battery-powered, and said battery is provided with button hole, it is characterized in that, said portable electron device comprises:

Framework comprises frame section that is provided with accepting hole and the fixed support that is provided with fixed axis;

Battery cover is accommodated said battery and is combined with said framework, so that said battery folder is located between said frame section and the said fixed support; And

The battery opening structure is fixedly installed in the said framework and comprises:

Snap close piece is fixedly installed in said frame section, and comprises button and the buckle end that is connected with said button elasticity, and said button is contained in the said accepting hole, and said buckle end stretches out said frame section in the said accepting hole and cooperates with the button hole with said battery; And

Expelling means; Be oppositely arranged with said snap close piece; And comprise the spring that is articulated in said fixed axis and be fixed in said support bracket fastened elastic portion, an end of said spring cooperates with the fixing sheet of said battery cover, and said elastic portion is resisted against the end away from said snap close piece of said battery.

Wherein, When taking out said battery, push said button so that said buckle end withdraws from from said button hole, under the torsional interaction of said spring; One end of said spring pushes said fixing sheet so that battery cover ejects from said framework; Simultaneously, under the elastic force effect of said elastic portion, the said battery of pushing tow so that said battery from said battery cover, release.

2. portable electron device as claimed in claim 1 is characterized in that, said framework also comprises the connecting plate that is connected between said frame section and the said fixed support, and said connecting plate and said frame section and said fixed support form the resettlement section jointly.

3. portable electron device as claimed in claim 1; It is characterized in that; Said battery cover comprises cover plate, the edge vertically extending sidepiece in said cover plate both sides and the vertically extending kink of the said side plate in edge; Said kink and said cover plate are parallel to each other, and form chute jointly with said sidepiece, and the dual-side of said battery is contained in the said chute.

4. portable electron device as claimed in claim 3; It is characterized in that; Said battery cover also comprises along said cover plate one end vertical extent and bottom between said sidepiece and fixing sheet; Said fixing sheet is convexly set in said cover plate and is parallel to each other with said bottom, said battery cover is installed on the said framework, so that said fixed support is located between said bottom and the said fixing sheet.

5. portable electron device as claimed in claim 4; It is characterized in that; Said expelling means also comprises the 3rd spring that is articulated in fixed axis, and said the 3rd spring comprises block end and fixing end, and said fixing end is fastened in an end of said fixed axis; Said block end is snapped in said fixing sheet, to be used for opening and fixing said battery cover.

6. portable electron device as claimed in claim 5; It is characterized in that; Said elastic portion comprises stiff end and along the pushing end of said stiff end elastic extension, said stiff end is fixedly installed in said fixed support, said pushing end towards said frame section with said battery resilient engagement.

7. portable electron device as claimed in claim 1; It is characterized in that said frame section is provided with a pair of first location hole, said first location hole is relative with said fixed support; Said snap close piece comprises latch part; Said latch part is provided with snap recesses and a pair of second location hole, and said snap recesses passes to the collecting post mutually with said accepting hole and states button, and said second location hole passes to the collecting post mutually with said first location hole and states the buckle end.

8. portable electron device as claimed in claim 7; It is characterized in that; Said snap close piece comprises a pair of clamping part and the press section that is installed in the said latch part; Said clamping part comprises the compression zone that is provided with first inclined-plane, and said press section comprises the top that is provided with second inclined-plane, and said button protrudes in said top and said top is held in said compression zone so that said second inclined-plane and said first inclined-plane agree with relatively and each other; Push said button; Make the said clamping part of said top pushing tow so that said second inclined-plane slides on said first inclined-plane, thereby make the said buckle end that protrudes in said compression zone towards deviating from a side shifting of said battery, with the said battery that gets loose.

9. portable electron device as claimed in claim 8; It is characterized in that; Said snap close piece comprises the end cap and a pair of first spring of being equipped with holding block, and said end cap is fixedly installed in said latch part and makes said holding block relative with said clamping part, and said clamping part is provided with recessed groove; The bearing of trend of the opening direction of said recessed groove and said buckle end is opposite; One end of said first spring is positioned in the said recessed groove, and the other end is held in the side of the holding block of said end cap, so that said clamping part elasticity is installed between said latch part and the said end cap.

10. portable electron device as claimed in claim 9; It is characterized in that; Said latch part is provided with the relative projection of a pair of and said snap recesses, and said press section is provided with the relative buckle slot of a pair of and said projection, and said snap close piece also comprises a pair of second spring; One end of said second spring is contained in the said buckle slot and the other end is sheathed in the said projection, so that said press section elasticity is installed between said latch part and the said clamping part.